Calculation of fringe visibility in a laser- illuminated interferometer.
Fringe visibility dependence on path length difference in laser illuminated two-beam interferometer
INTERFEROMETRY↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The Aperture Admittance of a Ground Plane Mounted Waveguide Illuminating a Perfectly Conducting Sheet
Fourier transforms for aperture admittance of ground-plane-mounted waveguide illuminating conducting sheet
Jones, J. E.↗
The influence of conducting flaps on the reflection coefficient of a parallel-plate waveguide illuminating a conducting sheet
Conducting flap effects on reflection coefficient of parallel-plate waveguide illuminating conducting sheet
Rudduck, R. C.↗
The reflection coefficient of a ground-plane mounted TEM mode parallel-plate waveguide illuminating a conducting sheet
Reflection coefficient of ground-plane mounted transverse electromagnetic mode parallel-plate waveguide illuminating conducting sheet
Rudduck, R. C.↗
The reflection coefficient of a TEM mode parallel-plate waveguide illuminating a conducting sheet - The large wedge angle case
Reflectance of wedge angle parallel plate waveguides in transverse electromagnetic mode illuminating reflecting sheet
Burnside, W. D.↗
Imagery with pseudorandomly diffused illumination.
Imaging technique with pseudorandomly diffused illumination permitting efficient laser coherent light utilization
Leith, E. N.↗
The admittance of a parallel-plate aperture illuminating a displaced dielectric-dielectric boundary
Admittance of parallel plate aperture illuminating displaced dielectric-dielectric boundary
Jones, J. E.↗
The admittance of a parallel-plate waveguide aperture illuminating a metal sheet.
Admittance of parallel plate waveguide aperture with infinite flange illuminating metal sheet, using wedge diffraction theory and integral transform method
Burnside, W. D.↗
Reflection coefficient of a TEM mode symmetric parallel-plate waveguide illuminating a dielectric layer.
Reflection coefficient of symmetric parallel plate waveguide operating in TEM mode illuminating lossless dielectric layer, using wedge diffraction and geometrical optics methods
Burnside, W. D.↗
Silicon solar cell development for low temperature and low illumination intensity operation, volume 1 Analysis report, 30 Jun. 1969 - 30 Apr. 1970
Operational performance of solar cell at low temperatures and under low illumination intensity
Bartels, F. T. C.↗
Waveguide antennas illuminating a metal sheet
Admittance measurements of rectangular or circular waveguide fed aperture antennas illuminating displaced metal plate
Bailey, M. C.↗
Illumination system including a virtual light source Patent
Illumination system design for use as sunlight simulator in space environment simulators with multiple light sources reflected to single virtual source
Hall, J. F., Jr.↗
Visual performance with high contrast cathode ray tubes at high levels of ambient illumination
Visual performance compared using highly illuminated CRT similar to those encountered in high altitude flight in direct sunlight
Knowles, W. B.↗
Solar cell performance as a function of temperature and illumination angle of incidence
Solar cell performance as function of temperature and illumination angle of incidence
Anspaugh, B. E.↗
Optimization criterion for illuminating circular antenna apertures
Worst case criterion for finite circular antenna aperture illuminations effectiveness comparison and optimization in synthesizing ideal radiation pattern
Holland, R.↗
Change in photomultiplier area sensitivity map with wavelength of illumination
Illumination wavelength effect and supply voltage dependence of photomultiplier area sensitivity map
Youngbluth, O., Jr.↗
The multiple junction edge illuminated solar cell
The multiple junction edge illuminated solar cell was devised for high voltage low current applications. Devices to be flight tested in early 1974 with 96 series connected PNN+ junctions in a 2 cm X 2.3 cm size deliver 36 volts at 1 milliampere. Test data of M-J cells fabricated with resistivities of 10, 50, 100, 200, 450, and 1000 ohm cm silicon are presented and problem areas are discussed. An additional potential application of the M-J cell lies in ultilization of its high intensity performance that has been demonstrated at levels in excess of 100 AMO suns.
Sater, B. I.↗
Diffraction by a perfectly conducting rectangular cylinder which is illuminated by an array of line sources
The geometrical theory of diffraction (GTD) is employed to analyze the radiation from a perfectly-conducting rectangular cylinder illuminated by an array of line sources. The excitation of the cylinder by a single electric or magnetic current line source is considered first, and a solution which includes contributions from the geometrical optics rays and all singly- and doubly-diffracted rays is obtained. A new diffraction coefficient valid in the transition regions of the shadow and reflection boundaries is employed to obtain a continuous total field, except for negligible discontinuities in the doubly-diffracted field at its shadow boundaries. Patterns calculated by the GTD method are found to be in excellent agreement with those calculated from an integral equation formulation. Using superposition the solution for array or aperture excitation of the rectangular cylinder is obtained. A computer program for this solution is included.
Kouyoumjian, R. G.↗